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On the Relative Extrema of the Hermite Orthogonal Functions


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1 National Bureau of Standards at Los Angeles, United States
     

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1. The Hermite polynomials Hn (x) satisfy the recurrence relation

Hn+1 (x)=2xHn(x)-2nHn-1(x), n≥I,           (I.I)

H0(x) = I, H1(x) = 2x, H2(x) = 4x2-2, H3(x) = 8x3-12x.             (I.2)

We follow the notation of G. Szego [3, pp. 101-102]. We have

z"+(2n+1-x2) z = 0, Z = e-x2/2 Hn(x) = zn(x),            (I.3).


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  • On the Relative Extrema of the Hermite Orthogonal Functions

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Authors

Otto Szasz
National Bureau of Standards at Los Angeles, United States

Abstract


1. The Hermite polynomials Hn (x) satisfy the recurrence relation

Hn+1 (x)=2xHn(x)-2nHn-1(x), n≥I,           (I.I)

H0(x) = I, H1(x) = 2x, H2(x) = 4x2-2, H3(x) = 8x3-12x.             (I.2)

We follow the notation of G. Szego [3, pp. 101-102]. We have

z"+(2n+1-x2) z = 0, Z = e-x2/2 Hn(x) = zn(x),            (I.3).